4000kg/H Low Pressure Steam Boiler Customized Explosion Proof Condensate Recovery Device

Place of Origin Taian, Shandong, China
Brand Name Tonglida
Certification ISO9001 Quality System Certification
Model Number 1T/H-100T/H
Minimum Order Quantity 1 unit
Price $3000
Packaging Details Wooden Case or Optional
Delivery Time 15 working days
Payment Terms L/C, D/A, D/P, T/T, Western Union
Supply Ability 100 unit/month

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Product Details
Customization Customization Supported Operation Mode Fully Automatic
Control Mode Fully Automatic Control, PLC Control Installation Floor Standing
Certifications ISO9001 Quality System Certification Product Category Condensate Water Recovery Device
Weight Varies Depending On Model Application Industrial
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4000kg/H Condensate Recovery Device

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Customized Condensate Recovery Device

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Explosion-Proof Condensate Recovery Device
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Product Description

What is Electric Condensate Recovery System?

 

Electric condensate recovery system is an energy-saving and environmentally friendly equipment. It is used to collect and reuse condensate in industrial steam systems to reduce water waste and energy consumption. The condensate is automatically recovered from the steam system by means of an electric pump and control system, and then re-supplied to the boiler or other facilities that require water.

 

4000kg/H Low Pressure Steam Boiler Customized Explosion Proof Condensate Recovery Device 0

 

 

4000kg/H Low Pressure Steam Boiler Customized Explosion Proof Condensate Recovery Device 1


 

 

Principle of Operation

 

  • Condensate Collection

When a steam system is in operation, steam transfers heat energy and condenses into water, which is then collected through piping in a catchment tank.

 

  • Water Level Detection and Control

A water level sensor is installed in the water collection tank to monitor the water level in real time. When the water level reaches a predetermined high level, the water level control system will automatically start the electric pump.

 

  • Transportation of condensate

The motorized pump transfers the condensate from the catchment tank to where it is needed, such as the boiler or other water-using facilities.

 

4000kg/H Low Pressure Steam Boiler Customized Explosion Proof Condensate Recovery Device 2

 

4000kg/H Low Pressure Steam Boiler Customized Explosion Proof Condensate Recovery Device 3

 

System Configuration

Size(m)

Weight

Special Requirements

1. Fully automatic control system

1.6*0.7

*1.6

550kg

1. Explosion-proof condensate recovery device (applicable to flammable and explosive gases or dust places, need to consider the explosion-proof level and explosion-proof area)

2. Heat-resistant motor pump: used to deliver high-heat condensate-Double pumps with one backup

2. Automatic control, DCS control, PLC control, etc. are available.

3. According to the liquid level to control the pump start and stop: high sensitivity liquid level controller

3. Materials include stainless steel, carbon steel, etc.

4. Instrumentation: magnetic flip-plate level meter, pressure gauge, temperature gauge

4. High temperature and high pressure design

5. Valves including check valves, globe valves, etc.

5. Intelligent monitoring and control

6. Anti-cavitation devices, vapor separation devices, pressure regulators

6. Customized explosion-proof grade

7. Blowdown apparatus

7. Customized protection level

8. Pipeline filters

8. Customized low temperature

9. Steam condensate recovery tank

9. Customized for high altitude

10. Customized explosion-proof level

10. Can be customized for outdoor

11. Fluid guide and pressurizing device-to ensure the smooth flow of condensate

11. Customized according to customer's requirements

 

 

Application Scenarios
Power generation, petroleum, chemical industry, printing and dyeing, papermaking, light textile, brewing, rubber, ceramics.

 

Application Advantages

  • Energy saving and emission reduction: reduce the use of fresh water by recycling condensate and lowering energy consumption.

  • Improvement of thermal efficiency: Effective utilization of high temperature condensate improves the thermal efficiency of the system.

  • Reduced chemical treatment: Reduces reliance on chemical treatment and lowers operating costs.

  • Extend the service life of equipment: Reduce equipment damage caused by the difficulty of recovering high-temperature condensate